Zebron PLUS Liner for Agilent & Thermo, 4mm ID Single Taper, 5/pk

Product Overview

This Zebron PLUS Liner for Agilent & Thermo, 4mm ID Single Taper, 5/pk (Part No: AG2-0A10-05) is sourced from the excess inventory of a major US pharmaceutical company. Optimized for trace and active compound analysis, these liners undergo a unique chemical deactivation treatment, resulting in a highly inert GC inlet liner suitable for high-performance gas chromatography applications.

Technical Specifications

• Inner Diameter (ID): 4 mm
• Configuration: Single Taper
• Pack Size: 5 per pack
• Part Number: AG2-0A10-05
• Material: Borosilicate glass with chemical deactivation treatment
• Deactivation: Proprietary Zebron PLUS deactivation for enhanced inertness
• Liner Type: Split/Splitless
• Geometry: Single taper design for improved sample vaporization and transfer
• Temperature Range: Up to 400°C
• Application: Optimized for trace-level analysis and active compounds
• Compatibility: Designed for use with Agilent and Thermo Scientific gas chromatography (GC) systems
• Performance Features:
  • High inertness to minimize analyte adsorption
  • Consistent sample vaporization for reproducible results
  • Low bleed for cleaner baselines and improved sensitivity

Compatible HPLC/GC Equipment

The Zebron PLUS Liner is compatible with the following gas chromatography systems (not HPLC, as liners are specific to GC):

• Agilent Technologies:
  • 6890, 7890, 8890 GC Systems
  • 5973, 5975, 5977 Mass Selective Detectors (MSD)
  • Split/Splitless inlets
• Thermo Scientific:
  • TRACE 1300, 1310 GC Systems
  • ISQ Series Mass Spectrometers
  • Split/Splitless inlets

Source Information

• Origin: Excess inventory from a major US pharmaceutical company
• Manufacturer: Phenomenex
• Condition: New, unused, and packaged in original 5/pk configuration

Notes

• Ideal for laboratories requiring high sensitivity and low analyte loss in gas chromatography applications.
• Ensure proper installation and compatibility with your GC system’s inlet configuration for optimal performance.